Our Feature Articles

When the subject of space exploration iscomtemplated it is usually with the viewsthat embelish a vision of a large ground based telescope or the (HST)-(Hubble Space telescope in the back parts of thehuman mind. Especially when it is envisioned in the search for extra-solar systems and their exoplanets. However, lately such NASA programs like the [TPF]-(Terrestrial-Planet-Finder) which was to help scientists find the next earth to waterworld like planet. However, with that program on hold the time is especially ripe now, for a technology that is already available that can help scientists find what they seek not only in earth's solar system in what still has to be discovered, but in other solar systems in like manner. That technology is the "IMMI" technology. Another project known as the [ELT]-(Extra Large Telescope) at present seemed to be the best hope in being able to potentially findat least some minimal exoplanets. However, at this time it is not clearly known whether or not if the [ELT] will even have the capability to view or image exoplanets, any better at this point then current telescopy and imaging technologies that are available. The largest drawback at this time that the [ELT] will not be finished at the earliest until 2020. Most likely will not even be able to be up and running until 2022, which is still another ten years away. However, there is another telescopy imaging technology that iscoming to the forefront and it is known by the acronym :"IMMI". Which means ; -( Infinite Microscopic - Macroscopic Imaging). Which essentially almost has the infinite capability to image and diagnose anything relating to mass and energy at the microscopic to macroscopic levels.(Stewart R. et al , (2012) : " First View of Gliese-581-(d) ; A Preliminary Surface Survey ". ('Int'l Journal of Astronomy and Astrophysics Research).

" Preliminary Survey of The Gliese-581- Solar System By The "IMMI Telescopy and Imaging Technology Capabilities " -(Image Credits-(Ronald Stewart-(C) 2012). Above are some examples of anumber of celestial phenomenon that were initially discovered in a preliminary observation survey of the Gliese-581 star system during June to September 1rst, 2011. None of the above celestial anomalies in the above image were within the confines of the Gliese-581-(HZ) -(Habitable-Zone). The above celestial anomalies are currently under study and more will be written about these in future articles and research papers.

(Image Credit -(Ronald Stewart (C) 2011-2012) - Again the above celestial object was discovered in thte initial observational preliminary solar system survey. The "white area" could very likely be : " Ice ". Which of course is (H2O). This is one of the fundamental forms of water that for instance :" Astrobiologists " are looking for. It may be more plentiful than previously thought. This anomaly is also currently under study as well.

(Image-Credit-(Ronald Stewart (C) 2011-2012). At this time, the above object will be referred to as : " Another Celestial Anomaly ". This additional celestial anomaly is likely to have been imaged in the (HZ) of Gliese-581-star system and as the other aforementioned "celestial anomalies" are also under current study. More will be revealed about this celestial anomaly in future research papers.

EXO-SCOPE

EXO-SCOPE is theworld's most powerful combinational imaging and telescopy technology system. The inventor of this new type of telescope is also the author of this article. When the EXO-SCOPE Telescopy System is combined with the World's Most Powerful Imaging technology known by the acronym :"IMMI", which means ;-(Infinite Microscopic (to) Macroscopic-Imaging), it offer the World the best research grade telescope system the World has ever seen. Which in part is available now. However, will be ready to use by any who are interested in not only studying our solar system, but also what may lie beyond. At -http://www.stewart-research-consulting.com/2---exo-scope.html

At the above URLthe :" IMMI "

It is the only telescope in the world that not only has the capability to view other solar systems outside earth's own solar system and survey them, but it also has the capability of imagingan (HZ) habitable zone's likely exoplanets and attaining extreme close up images of the exoplanet and it's surface as well.(Stewart , R. et al, (2012). " First View of Gliese-581 -(d)- A Preliminary Surface Survey "- (IJAAR)-( Int'l Journal of Astronomy and Astrophysics Research)-(August 24th, 2012). (Long version (42)pages), (SEE OUR FEATURE ARTICLE). This scientific paper is the result of one year and three month study by the author and team of 15 other researchers from different science disciplines. Who intensely studied images, of what is most likely the confirmed exoplanet known as Gliese-581-(d) in the Gliese-581 star system (HZ)-(Habitable - Zone). A technology known as IMMI- (Infinite Microscopic to Macroscopic Imaging) was able to attain many images of th Gliese-581- star system and survey way may be some exoplanets in it (HZ). One of these fits the obital rotational path for Gliese-581-(d) and it most likely according to the vast accumulative evidence and analyzed from a number of different scientific disciplines and sub-disciplines that were all consistent with the known scientific data about Gliese-581-(d) and all data correlated and was consistent between the different scientific disciplines and sub-disciplines it was examined and analyzed by. Whereas when it comes to the EXO-SCOPE the IMMI technology is going to be applied here as well. The EXO-SCOPE will be able to perform astronomical and other types of experiments similar to Europe's planned [ELT] -(Extra-Large-telescope),(and many more the [ELT] will not have), that it is building that will have an optical lens approximately 39.3 meters in diameter. (About half the size of a football field). However, at a price-tag of over $30-Billion-Dollars, it is not even known "if" this giant telescope will be able to image exoplanets. Whereas the EXO-SCOPE will be at least (20-25) times smaller than the [ELT} and have a price tag of many, many, Billions of Dollars less. Incuding that the [ELT] will not be built and on line to use for at least another(10) years not until 2022. Where on the other hand the EXO-SCOPE likely will be ready for scientists, researchers, universities, colleges, and all other interested parties to use (at least in being able to view and image other stars systems, survey them, view and image exoplanets and their surfaces in extreme close up detail and the such), sometime in 2013. However, the EXO-SCOPE will have at least two locations. The first will likely be in Texas. The second location is yet to be revealed. Botht locations will be able to function separately and perform their own programs. However, in the event one is having problems for some reason there are other back up telescopes that can be used at each location. Or if need be and if one location is down because of bad weather etc. the other location will be used as a remote automatic fully functional back up system. Whereas such would certainly not be the case with the {ELT]. Scientists, researchers, universities, colleges, institutions Space Agencies, The Space Industry, and all other are welcome to now get on a list to use the EXO-SCOPE. The EXO-SCOPE of course will be able to be used for most all other astronomical functions, besides just viewing, imaging, surveying other star systems, and exoplanetary research. Anyone wishing to contribute funds to this project (now) so that the first phase of it can be ready to use in 2013 , and / or who are interested in using the EXOSCOPE for future use, you may contact the author of this article at the following email-